Medical Devices Zinc Rich Epoxy Primer Powder Coating RAL 1007 Color
RAL1007 daffodil yellow Organic zinc rich epoxy primer for Medical Devices
ADVANTAGES
- Meets SSPC Paint Specification no. 20, Type II.
- Meets ASTM D 520 Type I
- Bonds tenaciously to metal.
- Promotes adhesion of subsequent coats.
Steel surfaces should be abrasive blasted to a commercial gray metal finish as specified by the Steel Structures Painting Council SSPC SP-6.
PHYSICAL PROPERTIES
Color Gray
Solids 58% by volume
Solids 88% by weight
Total zinc dust by weight of solids 90%
Finish Flat
Viscosity 100 Krebs units
VOC 2.95 lbs / gallon
Dry Temperature Resistance Without Topcoating. Continuous 300 degrees F
Intermittent 400 degrees F
POWDER AND COATING PROPERTIES
- Specific gravity : 2.0 - 2.2
- Film thickness (ISO 2178) : 60 - 90 μm
- Flow out : Good
- Gloss (ISO 2813, 60º) : 50-60 %
- Adhesion (ISO 2409) : GT= 0
- Pencil hardness(ASTM D3363 ) : 2H
- Direct and reverse impact (ASTM D2794) : >50kg.cm
- Salt spray Resistance ( ASTM B117, 2000hrs)
- (Maximum undercutting ,2 mm ): No blistering
- Chemical Resistance : Generally excellent resistance to dilute acids, alkalis, oil and most solvents at normal temperatures
Zinc epoxy with zinc silicate properties
New binder technology shows superior performance in adhesion/cohesion and electrical conductivity between the zinc particles and the steel compared to traditional zinc rich epoxy coatings.
|
Test Item |
Test Method |
Test Result |
|
Film Thickness |
ISO2360 |
60-80um |
|
Pencil Hardness |
ASTMD 3363 |
HB-H |
|
Bending |
ISO1519 |
≤10mm |
|
Grid Test 1mm |
ISO2409 |
0 Class |
|
Impulse Test |
ASTMD2794 |
Pass |
|
Cupping Test |
ISO1520 |
≥8mm |
|
Heat Resistance 1000 hours |
ISO6270-1 |
Popping<1mm |
|
Salt Spray 1000 hours |
ISO9227 |
Corrosion Spreading<1mm |

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